The challenge of protein immobilization:
No universal immobilization tech
Each enzyme is unique and so is it's optimal immobilization. "Universal" approaches have limited success.
Trial and error is slow and inefficient
Most workflows rely on guesswork and lengthy wet-lab iterations - inefficient and time-consuming.​
Incompatibility derails integration
Low stability or reusability or protein leaching are show-stoppers. If you immobilize, you want it to be stable.
We built inSEIT to fix it
Our platform
A smart, integrated system to accelerate enzyme immobilization — combining predictive models, experimental screening, and data-driven optimization.​​
AI-driven
immobilization
Data-driven immobilization uses analytics to enhance decision-making and manage assets effectively.
Rapid
development
Our data-driven methods enable quick timelines while maintaining activity, stability, and efficiency.
Increased stability
Immobilization allows enzymes to perform better under stress. Up to 100x more stable to temperature, solvent or even different pHs!
Easier reuse and isolation
Immobilized proteins can be separated from the bulk reaction effortlessly to avoid complicated work-ups and enable their reuse. Simple filtration, and you get it back!
Faster scale-up and process flexibility
Once immobilized, enzymes are not limited to batch applications only. From stirred tank reactors, to packed bed reactors - your process needs will tell which is the best solution.
Our impact
Across multiple verticals and encompassing the variety of applications that biocatalysis has. From pharma to fragrances, immobilization is an enabling technology for multiple industries.
Industrial biocatalysis
Immobilization enables enzyme reuse, process intensification, and continuous production—making large-scale chemical manufacturing more cost-efficient and sustainable.
Biopharma and pharma
Immobilized enzymes streamline the synthesis of chiral drug intermediates, reducing purification steps and increasing consistency in API manufacturing.
Food and fragrances
In flavor and aroma production, immobilized enzymes ensure high selectivity and stability in delicate biosynthetic steps, while complying with food-grade processing requirements.
Remediation and waste
For environmental cleanup, immobilized biocatalysts offer targeted degradation of pollutants with enhanced durability and recoverability in harsh conditions.